军用无人化技术与装备-续一-

军用无人化技术与装备(续一)():本文主要概述了军用无人化技术与装备的发展及智能化无人技术的构成以及在军事领域内的具体应用:军用无人化技术军用智能化,,1计算机辅助专家决策系统,,,,,,,,,,,,,,,,,;,,,;,,,2无人武器平台系统,4320103国防技术基础3(1),,,70,,1353m,015m!!!!!-750!!!!2090,!!!!,2011,85!,100201040~50!,202078,,!∀#,!46m,13m15m908kg1360kg,,!U-2,X-45,X-45,X-45,21X-45,,,12~24,15~35,20102070,1985,1995,2000,!!!!!!!2080/209021,!-450!1994410,,,20,!,,,!-1232km/h,167km/h,30h,3150km,!,2060,44,,,1996,!-300;2002,S-62,,,,,,,!,2010,,20000m,10h,,2007,160,,,,!!,200257,50-1!-2!,35!100,,,,,!!!3∃,%%%,!!!!I+,,,!:,,!,3266kg,,11612kg,6450kg,26000km,42h,,740km/h,480km/h,20000m,5500km,5500km24h!!,,!!B-,,!!,!,!,IHJF,!45m,21m,,,,,,,,4520103国防技术基础3,,!!862kg,2546kg,3909kg,1360kg,556km/h,418km/h,930~1852km,13700m,12h,8h454kg,,;,,03~09m!,515,09m;,600,03m,15/!!,!!11,,!350kg,173m,1485m,813m,221m,850kg,295kg926~3700km,240km/h,130km/h,7620m,40h,24h,204kg,GPS,Ku,l,4000m66km03m,GPS,,025m,512&512,3~5m10900mm,G/HKu%%%,,,,∋F-16,,2~3;,,2020,:F-16∋,6000m,9h,,,!(JSF)!(JSF),,20g,∋,B-2;,1300km,450kg,2025!2025,2025,,26000m,6800km,24h,40h∋,454,t454kg,1112km,08~09,12000m46,100kg%%%,,,,,,,,,!!!!!!,26,,200km/h,165km/h,3000m,100km,3~5h,5m,,,%%%,SENDER120cm,45kg,11kg,70~160km/h,180km,2h,,,SENDER,21,6~20cm,10~100g,30~65km/h,20~60min,1~10km,,,,15cm,5g,,1g,2g,,,(2),,,(VUV),,(:),,,,,,,,,,,,,,,,,,4720103国防技术基础3,60,1966CURVV870m8;1974!19681991,,,,!∃,UUVUUV,1988UUV,UUV,UUV1991UUVUUV,UUV!(NMRS)!(LMRS)()UUV,,(),UUV16UUV:;;;/;,;UUV;(,(),,,,,,,,,%%%,UUV,UUV,,UUV,,,UUV,UUV,,,UUV,,;UUV,;UUV%%%,UUV,,,,UUV,UUV,,,,,,,UUV,,,48%%%!!,XP-21:!(NMRS)!LMRS)NMRS1996,,1998NMRS533mm(),5230mm;;12m;4~7,56km;4~5h;151510~12LMRS,,NMRS,,,1996,,SSN688!,21!22(3),205060,,,,,,,:,,,,!,,,2080,,!,!,!,!,!,,,,,,,,,,,,,;;;;4920103国防技术基础3();,,,,,,,:(HIDARS),,(MDARS)6,,,,(AMGSSS),,,30km,112.63km/h,12h125km1km,305m()(本文作者通讯地址:北京市海淀区红山口甲3号,邮编:100091)(上接第42页),,,:[1]HerveC.Lefevre.光纤陀螺仪[M].张桂才,王巍,译.北京:国防工业出版社,2002.[2]朱蕊蘋,刘玉昕.干涉型光纤陀螺仪的关键技术[J].现代防御技术,2004,32(1):43-48.[3]陈娅冰,赵尚弘,朱蕊蘋,等.干涉型光纤陀螺技术及其应用发展[J].激光与光电子学进展.2003,40(9).[4][佚名].光纤陀螺仪在航天航海和航空上的应用[J].飞弹导航.1997(8).[5]谭宇.光纤陀螺的发展与应用前景[J].光电子技术与信息,1995,8(3):1-5[6]张俊杰.闭环干涉式光纤陀螺仪温度补偿技术的研究[D].北京:燕山大学,2005.(本文作者通讯地址:北京市亦庄经济开发区科创十五街二号军械代表室,邮编:100176)50